Appleton UNF125NR Female Union 1-1/4 Inch Iron

Product Description

The APPLETON UNF125NR is a 1-1/4 inch female union fitting designed for rigid metal conduit systems. Cast from iron, it provides a field-serviceable threaded connection that allows conduit runs to be disconnected and reconnected without rotating the conduit itself. This type of union is a standard component in industrial and commercial electrical installations where maintenance access and conduit alignment are critical requirements. Licensed electricians and maintenance technicians install this fitting when building or servicing rigid conduit raceways in accordance with NEC guidelines.

The UNF125NR is suited for rigid metal conduit installations in industrial plants, commercial buildings, and utility applications where a 1-1/4 inch trade-size union connection is required. Its iron construction makes it appropriate for exposed or demanding environments where durability under mechanical stress is a factor. This fitting is typically used at junction points in conduit systems where the ability to break and remake a connection without special tools is necessary.

Key Features

• 1-1/4 inch trade size female union for rigid metal conduit
• Iron construction for durability in demanding industrial environments
• Threaded female ends allow conduit to be disconnected without rotation
• Compact form factor suited for tight installation spaces

Compatibility

Designed as an OEM-style replacement or standard new-install fitting for 1-1/4 inch rigid metal conduit systems.

Installation Notes

Installation of rigid conduit unions must be performed by a licensed electrician in accordance with applicable NEC requirements. De-energize the circuit and verify absence of voltage before working on any conduit system. Apply listed thread sealant or listed thread compound to all threaded connections as required. Ensure all union components are fully tightened and that the conduit system maintains continuous electrical continuity and mechanical integrity after assembly.